Noah-MP-Crop模式参数化方案Noah-MP-Crop模式参数化方案 我国是农业大国,农作物主要包括玉米、小麦和水稻,其中玉米的种植面积相对最少,由于玉米的区域、品种和播种期不同,其生长情况存在较大差异.叶面积指数(Leaf Area Index,LAI)是计算作物蒸散和干物质积累最重要的生理参数,可以更加直观的看出植物的生长状况与...
Forcing Noah-MP-Crop with observed climate substantially reduces the range of corn (soy) yield MAE to 9.5%-55.1% (15.0%-37.5). Increased model resolution consistently leads to lower corn and soy yield estimates within WRF-Crop.doi:10.1016/j.agrformet.2020.108217Trevor F Partridge...
Despite the widespread use of the latest community Noah with multiparameterization (Noah‐MP) land surface model, it has not been rigorously evaluated over the complex Tibetan Plateau. This study assessed uncertainties in Noah‐MP simulations of a cropland site using observations from the 2008 Joint...
基于Noah-MP-Crop模式,第一部分是对影响玉米生长的部分参数进行优化,由于优化的结果不是很显著,所以存在其他因素对模拟结果的影响.首先考虑的是土壤水中温度势对土壤水分运移的影响,所以本文的第二部分优化该内容,重新建立土壤水热耦合模型.利用Noah-MP-Crop模式选取河南省封丘县的一片农田(E114.3325,N35.0625)为研究...
Although it was not possible to validate the simulated rooting depth due to lack of observations, the overall performance of the model helps emphasize the importance of enhancing the representation of crop rooting depth in Noah‐MP‐Crop. Plain Language Summary: Current land surface models such as...
The present study extends the LSM Noah-MP by the dynamic crop growth model Gecros that enables simulating the development of crop stands in a weather-driven manner. This extension is a pre-requisite to simulate two-way climate-crop interactions in climate projections. Based on a comprehensive ...
The present study extends the LSM Noah-MP by the dynamic crop growth model Gecros that enables simulating the development of crop stands in a weather-driven manner. This extension is a pre-requisite to simulate two-way climate-crop interactions in climate projections. Based on a comprehensive ...
This study evaluates the simulations of the Noah-MP surface processes over a crop and a forest sites in Amazonia using tower observations. Soil moisture simulations agree with the observations in both land covers, mainly during the rainy season. However, simulations show cold biases in the soil ...
Noah-MP-Crop: Enhancing cropland representation in the community land surface modeling systemXingtu LiuF. ChenM. BarlageG. ZhouD. Niyogi
(2016). Assessing uncertainties in the Noah-MP ensemble simulations of a cropland site during the Tibet Joint International Cooperation program (JICA) field campaign. Journal of Geophysical Research: Atmospheres, 121, 9576-9596. https://doi.org/ 10.1002/2016JD024928...